Article Figures & Data
Figures
- Figure 1.
Average annual terminal shoot growth (cm) of ‘Snow Drift’ crabapple. Treatments consisted of a control [basal drench with 500 mL (15 fl oz) of water], 1 × PBZ [a basal drench with PBZ, 0.79 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water], or 2 × PBZ [a basal drench with PBZ, 1.58 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water]. Observations were made 210 days (A), 428 days (B), and 800 days (C) after treatment application (1 April 2002). Lower-case letters indicate significant differences between means for each evaluation date (α = 0.05).
- Figure 2.
Average annual terminal shoot growth (cm) of ‘Hopa’ crabapple. Treatments consisted of a control [basal drench with 500 mL (15 fl oz) of water], 1 × PBZ [a basal drench with PBZ, 0.79 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water], or 2 × PBZ [a basal drench with PBZ, 1.58 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water]. Observations were made 210 days (A), 428 days (B), and 800 days (C) after treatment application (1 April 2002). Lower-case letters indicate significant differences between means for each evaluation date (α = 0.05).
- Figure 3.
Average incidence of apple scab (%) on shoot leaves of ‘Snow Drift’ crabapple. Treatments consisted of a control [basal drench with 500 mL (15 fl oz) of water], 1 × PBZ [a basal drench with PBZ, 0.79 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water], or 2 × PBZ [a basal drench with PBZ, 1.58 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water]. Observations were made 75 days (A), 428 days (B), and 800 days (C) after treatment application (1 April 2002). Lower-case letters indicate significant differences between means for each evaluation date (α = 0.05).
- Figure 4.
Average incidence of apple scab (%) on shoot leaves of ‘Hopa’ crabapple. Treatments consisted of a control [basal drench with 500 mL (15 fl oz) of water], 1× PBZ [a basal drench with PBZ, 0.79 g a.i. diameter cm−1, in 500 mL (15 fl oz) of of water], or 2 × PBZ [a basal drench with PBZ, 1.58 g a.i. diameter cm−1, in 500 mL (15 fl oz) of water]. Observations were made 75 days (A), 428 days (B), and 800 days (C) after treatment application (1 April 2002). Lower-case letters indicate significant differences between means for each evaluation date (α = 0.05).
- Figure 5.
Average annual terminal shoot growth (cm) of ‘Indian Magic’ crabapple saplings 64 days after planting (22 June 2002). Treatments consisted of (1) control; (2) soil drench with PBZ (0.79 g a.i. diameter cm−1) at time of planting; (3) foliar application of propiconizole (0.016% by volume) every 2 weeks beginning 4 days after budbreak (2 May 2002); (4) foliar application of PBZ (0.02 g mL−1) 4 days after budbreak (2 May 2002); (5) foliar application of PBZ (0.02 g mL−1) 4 days after the first heavy infection period (15 May 2002); and (6) foliar application of propiconizole (0.016% by volume) 4 days after the first heavy infection period (15 May 2002). Lower-case letters indicate significant differences between means (α = 0.05).
- Figure 6.
Average incidence of apple scab (%) on ‘Indian Magic’ crabapple sapling leaves 53 days after planting (11 June 2002). Treatments consisted of (1) control; (2) soil drench with PBZ (0.79 g a.i. diameter cm−1) at time of planting; (3) foliar application of propiconizole (0.016% by volume) every 2 weeks beginning 4 days after budbreak (2 May 2002); (4) foliar application of PBZ (0.02 g mL−1) 4 days after budbreak (2 May 2002); (5) foliar application of PBZ (0.02 g mL−1) 4 days after the first heavy infection period (15 May 2002); and (6) foliar application of propiconizole (0.016% by volume) 4 days after the first heavy infection period (15 May 2002). Lower-case letters indicate significant differences between means (α = 0.05).
Jump to section
Related Articles
Cited By...
- No citing articles found.